Lenovo
OSFP800 TO 2XQSFP56 AOC (30M)
Out of Stock
Lenovo OSFP800 to 2x QSFP56 AOC 30 m | Fiber Optic, Enterprise
Lenovo
MPN: 4X97A87754
$11,169.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 30 m cable length
- OSFP800 connector on end A
- 2x QSFP56 connectors on end B
- Active optical cable construction
- Fiber optic interconnect for high-speed data center links
- Designed for breakout connectivity between next-generation ports
- Extend high-speed connectivity across 30 m using active optical cabling
- Support dense fabric links with an OSFP800 to 2x QSFP56 breakout design
Keep high-bandwidth links stable across longer spans with this 30 m active optical cable built for modern data center interconnects. The OSFP800 to 2x QSFP56 design supports direct attachment between next-generation switch and server ports, reducing the complexity and signal loss associated with passive copper at extended distances.
For infrastructure teams, the value is straightforward: maintain link integrity across rack-to-rack or row-to-row runs without adding separate transceivers and patching overhead. Active optical cabling is well suited to environments where airflow, cable density, and port speed all matter. It helps preserve performance in tightly packed systems while keeping the physical layer simpler than multi-component fiber assemblies.
This cable is a strong fit for high-speed fabrics that need predictable reach, cleaner cable management, and fewer points of failure. In environments where downtime and rework are expensive, a purpose-built AOC can justify its place by delivering the reach and signal quality required for serious production workloads.
Ideal For
- Rack-to-rack interconnects in high-density data centers
- Breakout connectivity between switches and servers with mixed port types
- Longer-reach fabric links where passive copper is not practical
- High-speed infrastructure deployments requiring cleaner cable management
Why This Product
- 1Longer reach than passive copper at 30 m
- 2Integrated optical assembly reduces transceiver complexity
- 3Breakout design supports multi-port connectivity
- 4Better suited to dense data center routing than bulky copper